Su derinliği ve akrilik piramit güneş darbeli daimalarının verimlilik üzerindeki nanoteknoloji etkilerinin deneysel incelenmesi

Recently, the person's share of water decreased, so it was necessary to rely on water distillation to solve this crisis, and in light of the development of the use of renewable energies such as solar energy and wind energy, as they are the ideal alternative to traditional energy sources and the best solution towards sustainable development, because they are energy sources With the advent of nanotechnology and its great development, it was necessary to combine it with solar energy in the field of water distillation with solar stills , In this study, we presented , through laboratory experiment, the effect of changing the depth of water in a pyramidal solar still with the use of nanotechnology in coating the basins once using nanoparticles (cuo), once using nanoparticles (AL2O3) at different concentrations of 1%, 4%, 7% and at depths The different types of water in the distilled basin are 1 cm, 4 cm and 7 cm, The results were to improve the productivity of distilled water in the pyramidal solar still when the basins were painted with a coating incorporated with nanoparticles, With the increase in the depth of the water in the basin, the thermal efficiency of the distiller and the productivity of the distilled water improved.